ECCouncil Certified Ethical Hacker Exam (CEHv13) : 312-50v13

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ECCouncil 312-50v13 Prüfungsthemen:

ECCouncil Certified Ethical Hacker Exam (CEHv13) 312-50v13 Prüfungsfragen mit Lösungen

1. A system's audit logs are not centralized. Which attack phase is hardest to detect?

A) Delivery
B) Recon
C) Initial access
D) Lateral movement

2. A cyber adversary is performing external reconnaissance on a large enterprise network with multiple perimeter defenses in place, including packet-filtering firewalls and intrusion detection systems (IDS). The goal is to enumerate the firewall's rule set to identify which TCP and UDP ports are permitted for inbound traffic to internal systems. To minimize noise and avoid immediate detection, the attacker wants to use a method that mimics normal traffic flows while providing insight into how the firewall handles packets based on port and protocol combinations. Which reconnaissance technique should the attacker choose to effectively map the firewall's filtering behavior without raising alerts?

A) Sending ICMP Echo requests to the network's broadcast address
B) Conducting full SYN scans on all ports for each discovered IP
C) Firewalking with manipulated TTL values to analyze ACL responses
D) Passive DNS monitoring to observe domain-to-IP relationships

3. A security analyst working for a large financial corporation has been assigned to conduct a comprehensive penetration test on the corporation's wireless infrastructure. The infrastructure relies on a secured WPA2-PSK-secured network to ensure data protection. During the course of the examination, the analyst discerned a significant vulnerability within the network that could potentially be exploited. Which of the subsequent options most accurately delineates the procedure that the analyst might have employed to pinpoint this particular vulnerability?

A) The analyst conducted a rogue access point attack, cunningly emulating the characteristics of the legitimate access point to deceive clients into unintentionally connecting to a malicious network.
B) The analyst initiated a man-in-the-middle attack, surreptitiously intercepting and modifying the communication between the client and the access point, effectively purloining the pre-shared key.
C) The analyst implemented a jamming attack, deliberately interfering with the wireless network's communication functionality, forcing the access point to inadvertently reveal the pre-shared key.
D) The analyst instigated a de-authentication attack, purposely causing a mass disconnection of all clients from the access point. The analyst then attentively observed the four-way handshake process that occurred during the clients' reconnection attempts.

4. During a security penetration test at Sterling Manufacturing in Cleveland, Ohio, the ethical hacking team evaluates the company's physical security controls. On a chilly evening in July
2025, ethical hacker Priya Desai, posing as a facilities contractor, accesses the company's loading dock area after regular business hours. Behind the employee entrance, she comes across an unsecured maintenance container with discarded packaging, shipping labels, and shredded office material. Among the clutter, Priya retrieves a crumpled document listing temporary access codes for the employee break room, along with a partially shredded memo referencing an upcoming audit. The exercise tests whether sensitive information discarded improperly can be exploited. The next day, Priya uses the recovered access codes to enter the break room undetected during a shift change, logging her entry on a controlled test system to simulate a breach. What social engineering technique is Priya's exercise primarily simulating?

A) Eavesdropping
B) Dumpster Diving
C) Tailgating
D) Shoulder Surfing

5. At a cybersecurity consultancy firm in Boston, senior analyst Amanda Liu is called in to assess a malware outbreak affecting a regional healthcare provider. Despite using updated antivirus tools, the security team notices inconsistent detection across infected endpoints. Amanda discovers that while the malicious behavior is consistent system file tampering and suspicious outbound traffic each malware sample has a slightly different code structure and fails traditional hash-based comparison. Static analysis reveals that the underlying logic remains unchanged, but the code patterns vary unpredictably across infections. What type of virus is most likely responsible for this behavior?

A) Cavity virus
B) Polymorphic virus
C) Stealth virus
D) Macro virus

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